tricolpates are a diverse group of flowering plants characterized by their three-grooved pollen grains.
三槽植物是一类多样化的开花植物，其特点是具有三条沟槽的花粉粒。
botanists have identified numerous tricolpates species in tropical rainforests.
植物学家在热带雨林中发现了大量三槽植物物种。
the tricolpates family includes many economically important crops and ornamental plants.
三槽植物科包括许多重要的经济作物和观赏植物。
fossil evidence suggests tricolpates evolved during the mid-cretaceous period.
化石证据表明三槽植物在中白垩纪时期进化而来。
tricolpates pollen grains are distinctive and easily identifiable under electron microscopy.
三槽植物的花粉粒具有独特特征，在电子显微镜下易于识别。
the taxonomic classification of tricolpates has been revised with modern molecular data.
三槽植物的分类学分类已通过现代分子数据进行了修订。
many tricolpates have developed remarkable adaptations to survive in arid climates.
许多三槽植物已进化出显著的适应性以在干旱气候中生存。
tricolpates dominate the flora in temperate forest ecosystems worldwide.
三槽植物在全球温带森林生态系统中占主导地位。
the tricolpates lineage demonstrates extraordinary evolutionary success over millions of years.
三槽植物谱系在数百万年中展现了非凡的进化成功。
pollen analysis enables scientists to identify ancient tricolpates specimens in sedimentary layers.
花粉分析使科学家能够识别沉积层中的古代三槽植物标本。
natural hybridization between tricolpates species has created many new plant varieties.
三槽植物物种之间的自然杂交创造了许多新的植物品种。
the tricolpates group exhibits remarkable variation in leaf morphology and flower structure.
三槽植物群体在叶片形态和花朵结构上表现出显著的变异。
tricolpates are a diverse group of flowering plants characterized by their three-grooved pollen grains.
三槽植物是一类多样化的开花植物，其特点是具有三条沟槽的花粉粒。
botanists have identified numerous tricolpates species in tropical rainforests.
植物学家在热带雨林中发现了大量三槽植物物种。
the tricolpates family includes many economically important crops and ornamental plants.
三槽植物科包括许多重要的经济作物和观赏植物。
fossil evidence suggests tricolpates evolved during the mid-cretaceous period.
化石证据表明三槽植物在中白垩纪时期进化而来。
tricolpates pollen grains are distinctive and easily identifiable under electron microscopy.
三槽植物的花粉粒具有独特特征，在电子显微镜下易于识别。
the taxonomic classification of tricolpates has been revised with modern molecular data.
三槽植物的分类学分类已通过现代分子数据进行了修订。
many tricolpates have developed remarkable adaptations to survive in arid climates.
许多三槽植物已进化出显著的适应性以在干旱气候中生存。
tricolpates dominate the flora in temperate forest ecosystems worldwide.
三槽植物在全球温带森林生态系统中占主导地位。
the tricolpates lineage demonstrates extraordinary evolutionary success over millions of years.
三槽植物谱系在数百万年中展现了非凡的进化成功。
pollen analysis enables scientists to identify ancient tricolpates specimens in sedimentary layers.
花粉分析使科学家能够识别沉积层中的古代三槽植物标本。
natural hybridization between tricolpates species has created many new plant varieties.
三槽植物物种之间的自然杂交创造了许多新的植物品种。
the tricolpates group exhibits remarkable variation in leaf morphology and flower structure.
三槽植物群体在叶片形态和花朵结构上表现出显著的变异。
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